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Pulsar Timing
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Cosmic Collisions - Learning About Black Holes and Neutron Stars Using Gravitational Waves by Patrick Brady
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- 1 Date:Wed, 31 July 2019, 15:00 to
- 2 Cosmic collisions - Learning about black holes and neutron stars using gravitational waves
- 3 Structure of the talk
- 4 Gravitational Waves in General Relativity
- 5 Making Waves
- 6 Measurement
- 7 Weiss 1972
- 8 LIGO - Laser Interferometer Gravitational-wave Observatory
- 9 Earth-based Observatories
- 10 Motivation for ground-based observatories
- 11 Binary Systems
- 12 Parameters of a Binary
- 13 O1/O2
- 14 GW150914
- 15 GWTC-1
- 16 Gravitational-wave Transient Catalog
- 17 Stellar Graveyard
- 18 Binary Black Hole Mergers
- 19 GWTC-1: Masses
- 20 GWTC-1: Spins
- 21 GWTC-1: Distances
- 22 GWTC-1: Binary Black Hole Rates
- 23 GW 170817A
- 24 GW170817: Masses
- 25 Telescopes around the World
- 26 Explosion
- 27 Expansion of Universe
- 28 GWTC-1: Binary Neutron Star Rates
- 29 Origin of elements
- 30 Observing Run 3
- 31 Candidates so far!
- 32 The 2020's
- 33 GW170817: Mass-Radius
- 34 Q&A
- 35 Pulsar Timing
